Back to results
US 2019/0095631 A1Published application
Security systems and methods based on cryptographic utility token inventory tenure
AssigneeDragonchain, Inc.
InventorsJoe Roets, Paul Sonier
Life of this patent
Estimating the term…
Abstract
Security systems and methods are disclosed that associate several human entities each with a corresponding cryptographic utility token inventory and trustworthiness indication. The trustworthiness indications each shift each at a rate substantially correlating with its corresponding cryptographic utility token inventory so as to allow different entities to become trusted and untrusted over time. This triggers automatic privilege modifications that enhance security within a networked community invested in cryptographic utility tokens.
Claims17
A security method at least party based on a cryptographic utility token inventory tenure, said security method comprising:
- associating a first entity with a first cryptographic utility token inventory and a first trustworthiness indication, wherein said first trustworthiness indication is a first apportionment A1;
- associating a second entity with a second cryptographic utility token inventory and a second trustworthiness indication, wherein said second trustworthiness indication is a second apportionment A2;
- associating a third entity with a third cryptographic utility token inventory and a third trustworthiness indication, wherein said third trustworthiness indication is a third apportionment A3;
- associating a fourth entity with a fourth cryptographic utility token inventory and a fourth trustworthiness indication, wherein said fourth trustworthiness indication is a fourth apportionment A4;
- associating a fifth entity with a fifth cryptographic utility token inventory and a fifth trustworthiness indication, wherein said fifth trustworthiness indication is a fifth apportionment A5;
- allowing one or more of said first, second, or third apportionments to shift across a transitional interval each at a corresponding rate correlating with its corresponding cryptographic utility token inventory such that even though A1>A3>A2 initially that A1<A3<A4<A5<A2 after said transitional interval;
- applying one or more trust-indicative qualifying threshold values each manifesting a corresponding trust level;
- automatically transmitting a selectively inclusive outcome of a decision protocol as a conditional response based on said transitional interval being long enough for said second entity to become qualified to post particular content in a particular restricted forum;
- accepting an expenditure of some of said first cryptographic utility token inventory in response to said first entity transmitting a request for an execution of a first smart contract, wherein said expenditure is conditional upon said request being granted and wherein said first cryptographic utility token inventory contains an embedded license term defining a stateless smart contract initiation protocol that must be used for said request to be granted;
- and
- triggering said execution of said first smart contract.
8 more elements
A security system at least party based on a cryptographic utility token inventory tenure, said security system comprising:
- transistor-based circuitry configured to associate a first entity with a first cryptographic utility token inventory and a first trustworthiness indication, wherein said first trustworthiness indication is a first apportionment A1;
- transistor-based circuitry configured to associate a second entity with a second cryptographic utility token inventory and a second trustworthiness indication, wherein said second trustworthiness indication is a second apportionment A2;
- transistor-based circuitry configured to associate a third entity with a third cryptographic utility token inventory and a third trustworthiness indication, wherein said third trustworthiness indication is a third apportionment A3;
- transistor-based circuitry configured to allow one or more of said first, second, or third apportionments to shift across a transitional interval each at a corresponding rate correlating with its corresponding cryptographic utility token inventory such that even though A1>A3>A2 initially that A1<A3<A2 after said transitional interval;
- transistor-based circuitry configured to apply one or more trust-indicative qualifying threshold values each manifesting a corresponding trust level;
- transistor-based circuitry configured to transmit a selectively inclusive outcome of a decision protocol as an automatic and conditional response based on said transitional interval being long enough for said second entity to become qualified to post particular content in a restricted forum;
- transistor-based circuitry configured to accept some of said first cryptographic utility token inventory in response to said first entity transmitting a request for an execution of a first smart contract;
- and
- transistor-based circuitry configured to trigger said execution of said first smart contract on one or more processors.
6 more elements
A security method at least party based on a cryptographic utility token inventory tenure, said security method comprising:
- associating a first entity with a first cryptographic utility token inventory and a first trustworthiness indication, wherein said first trustworthiness indication is a first apportionment A1;
- associating a second entity with a second cryptographic utility token inventory and a second trustworthiness indication, wherein said second trustworthiness indication is a second apportionment A2;
- associating a third entity with a third cryptographic utility token inventory and a third trustworthiness indication, wherein said third trustworthiness indication is a third apportionment A3;
- allowing one or more of said first, second, or third apportionments to shift across a transitional interval each at a corresponding rate correlating with its corresponding cryptographic utility token inventory such that even though A1>A3>A2 initially that A1<A3<A2 after said transitional interval;
- applying one or more trust-indicative qualifying threshold values each manifesting a corresponding trust level;
- transmitting a selectively inclusive outcome of a decision protocol as an automatic and conditional response based on said transitional interval being long enough for said second entity to become qualified to post particular content in a restricted forum;
- accepting at least some of some of said first cryptographic utility token inventory in response to said first entity transmitting a request for an execution of a first smart contract;
- and
- triggering said execution of said first smart contract on one or more processors.
6 more elements
Dependencies are inferred from the claim text.